Introduction to Visual Basic

Introduction to Visual Basic

Learn how to write Windows applications and programs using the Visual Basic programming language and the Visual Basic development environment. This course will provide the building blocks of programming in Visual Basic, including using variables to store data, control structures, and loops.
6 weeks / 24 Course Hrs
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  • Details
  • Syllabus
  • Requirements
  • Instructor

Details

Visual Basic is the most widely used programming language for creating Windows applications. It is easy to learn and does not require you to memorize difficult commands like other programming languages. In this course, you will learn how to write Windows applications and programs using the Visual Basic programming language and the Visual Basic development environment. You will see how Visual Basic development environment enables you to create the application program and its components literally with the click of a button or menu item. It even writes all the necessary code to get the application started for you.

In this course you will learn the building blocks of programming, including using variables to store data, control structures, and loops. You will discover how to use the large function library built into Visual Basic as well as how to write and use your own functions. You will also explore using Windows' large and varied library of controls and how to access files and handle errors. You will learn about event-driven and object-oriented programming---concepts that are important not just in Visual Basic, but in other programming languages as well.

Enrollment Options:
Instructor-Led
6 weeks Access Course Code: vb0
Start Dates*Nov 13 | Dec 11 | Jan 15 | Feb 12
*Choose start date in cart
$109.00
Self-Paced
3 Months Access Course Code: T9609
No Instructor, Start Anytime
$115.00

Syllabus

What's the best way to learn Visual Basic programming? Well, you have to write programs, of course! And your first step toward writing your first program is to install Visual Studio. So in this opening lesson, you'll learn how to install Visual Studio on your computer. After that, the lesson will walk you through creating your first Windows application program and show you how a Windows application works.

In the first lesson, you were able to create a working Windows application with just a few mouse clicks. In today's lesson, you'll find out what Visual Basic did behind the scenes to help you create that application. You'll also learn about properties, which are characteristics of an object—such as its size and color—and how to change those properties.

Windows applications are all about events, such as the event a user causes just by clicking a button in the application. Today you'll first learn about event procedures. Then you'll get your feet wet in Visual Basic by writing your first code.

So far, the lessons have focused on the form, which is perhaps the most important part of a Windows application's graphical user interface (or GUI). However, a form's primary role is to host other controls that enrich the GUI of Windows applications—menus, toolbars, buttons, text boxes, and list boxes. In this lesson, you'll find out how to add controls to your form and how to write code for these controls.

Most computer programs store information, or data. In this lesson, you'll learn all about data types, which represent different varieties of data (such as numeric data or text data). Then, the lesson will go over how to store that information in a variable.

Chess players marvel at the ability of computers to play world champion chess players on even terms. But once you understand that computers can calculate far more quickly and accurately than people can, it's easy to see how they're able to outplay the best players. In this lesson, you'll discover how to harness the computer's calculating ability using arithmetic operators.

As your programs become more sophisticated, they'll often branch in two or more directions based on whether a condition is true or false. For example, a calculator first needs to determine whether the user chose addition, subtraction, multiplication, or division before performing the indicated arithmetic. Today you'll see how to use comparison and logical operators to determine a user's choice.

Picking up where Lesson 7 left off, once you know the user's choice, you'll want to execute different code based on that choice. In this lesson, you'll learn how to use If and Select Case statements to execute alternative code statements.

When you were a child, your parents may have told you not to repeat yourself. But sometimes your code needs to repeat itself. For example, if your application's users enter invalid data, your code may continue to ask whether they want to retry or quit until they either enter valid data or quit. In this lesson, you'll explore how to use loops, which repeat code execution until a condition is no longer true. Then, you'll delve into arrays, which may hold multiple values at one time and work very well with loops.

Many textbooks are several hundred pages long. Imagine how much harder a textbook would be to understand if it consisted of only one very long chapter, rather than being divided into manageable sections. Thankfully, chapters organize books into manageable chunks of information. In this lesson, you'll learn how to similarly divide up your code into separate procedures and then explore two types of procedures—subroutines and functions—that help you organize your code.

When you finish writing something, you probably close your word-processing program and might even shut down your computer. Of course, the next time you don't have to start over; what you wrote before is preserved. However, up until now, your programs haven't saved data so that it's available even after the application exits. This lesson will discuss how to write code that reads from and writes to a text file in order to preserve the data. You'll also learn how to add Open and Save dialog boxes, such as those used in sophisticated programs like Microsoft Word, so that you can open a text file to read from it and save to a text file to write to it.

Nobody's perfect, right? Well, your applications won't always run perfectly either. Sometimes they'll stop due to a runtime error, also called an exception. In the final lesson, you'll find out how to prevent and handle exceptions.

Requirements

  • Adobe Flash Player. Click here to download the Flash Player.
  • Adobe Acrobat Reader. Click here to download the Acrobat Reader.
  • Email capabilities and access to a personal email account.

Requirements:

Hardware Requirements: 

  • This course is not suitable for Mac users (unless through software such as Boot Camp, Parallels or the like you can run the Windows OS on your Mac OS X machine).

Software Requirements: 

  • Windows XP or later.
  • Browser: The latest version of Google Chrome or Mozilla Firefox are preferred. Microsoft Edge is also compatible.
  • Visual Studio 2015 Community Edition, available for free here.
  • Visual Studio 2010 can also be used if needed. You can download it here.
  • Adobe Flash Player. Click here to download the Flash Player.
  • Adobe Acrobat Reader. Click here to download the Acrobat Reader.
  • Software must be installed and fully operational before the course begins.

Other:

  • Email capabilities and access to a personal email account. 

Prerequisites:

There are no prerequisites to take this course. Prior programming education or experience is not required.

Instructional Material Requirements:

The instructional materials required for this course are included in enrollment and will be available online.

Instructor

Jeffrey A. Kent is a Professor of Computer Science, teaching both traditional and online classes. He has taught a number of computer programming languages, including C, C++, Java, Visual Basic, and Assembly. He is the published author of several computer-programming books, including "Visual Basic 2005 Demystified" and "C++ Demystified." He is also an attorney and has combined both careers by writing applications for law firms.